The Montecarlo Method in Application of Fatigue Life Reliability Analysis
p.822
p.822
Analysis and Models for the Friction Coefficient of a Sliding Bearing
p.826
p.826
Research on Ceramic of Water-Based Component
p.831
p.831
Research on Strength Calculation for Local Area under Pressure
p.837
p.837
Research and Analysis about Partical Compression for Individual Anchored Prestressed End Strength
p.841
p.841
Research on the Approach for the Assessment of Subsurface Rolling Contact Fatigue Damage
p.845
p.845
The Experimental Study on the In Situ Stress of SongNan Block
p.852
p.852
Turbine Rotor Tooth Head and Stress Analysis of Wedge
p.856
p.856
Optimal Design of Cylindrical Helical Torsional Spring Including Fatigue Reliability
p.862
p.862
Research and Analysis about Partical Compression for Individual Anchored Prestressed End Strength
Abstract:
According to the specification given, the theoretical calculation formula of the theoretical value is higher than the measured load values. Specifications given by the bureau of compressive bearing capacity formula is suitable for ordinary reinforced concrete member. For prestressed concrete members, especially scattered end anchorage of prestressed concrete member, the standard formula is not applicable.
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Periodical:
Applied Mechanics and Materials (Volumes 395-396)
Pages:
841-844
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Online since:
September 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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